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PCRClean PB for PacBio

Price range: $130.00 through $4,145.00

PCRClean PB delivers rapid, high-throughput DNA purification for PacBio® SMRT® Sequencing. Achieve superior NGS library cleanup with zero protocol changes.

Categories: , SKU: C-1006P

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Description

Product Details

The PCRClean PB purification system utilizes proprietary paramagnetic bead technology for rapid, high-throughput DNA fragment purification. Specifically optimized for PacBio® SMRT® Sequencing workflows, this system serves as a direct replacement for AMPure® PB without requiring protocol modifications.

PCRClean PB delivers superior efficiency for adapter removal during PacBio® NGS library preparation and enhanced primer-dimer removal across diverse downstream applications. When compared to traditional filtration-based methods, this system ensures higher recovery efficiency across both small and large amplicon sizes, allowing users to maintain existing workflows while achieving improved purification results.

PCRClean PB is a sister product of PCRClean DX.

 

Key Features

  • Flexible clean-up: high recovery of amplicons with the option to choose recovery of >100 bp or >60 bp with modified protocol
  • Efficient removal of unincorporated dNTPs, primers, primer dimers, salts and other contaminants
  • Recovers amplicons greater than 100 bp with consistency and reliability.
  • Processing time: 15 minutes/96 samples
  • Scalable: tube, 96 and 384 well plate formatting can be used

Platforms

  • Directly replaces Beckman Coulter and Agencourt’s Ampure PB 
  • Performs next generation sequencing using Pacific Biosciences’ platform

Datasheet

Performance is similar to PCRClean DX (Ampure XP direct replacement)  Click here.

PCRClean DX pics on web_1.comparison

 

Storage

  • Store beads at 4°C

Stability

  • 12 months if stored as specified

 

Protocols and SDS

PCRClean PB Protocol v2.1

SDS-PCRClean PB

SDS-PCRClean PB German

 

Product References in Journal Publications – PCRClean DX

1. Perosser et al. Molecular Ecology Resources, (2016) 16, Page 490; DNA barcodes from century-old type specimens using next-generation sequencing
http://onlinelibrary.wiley.com/doi/10.1111/1755-0998.12474/pdf

2. Sun et al. Proceedings of the National Academy of Sciences of the United States of America, 2012
http://www.pnas.org/content/110/9/E808.full.pdf+html